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In this complete CATIA V5 Generative Shape Design (GSD) tutorial, you will learn step by step how to design a realistic hairdryer blower using advanced surface modeling techniques. This tutorial is ideal for product designers, industrial designers, mechanical engineers, CAD professionals, and engineering students who want to master complex aerodynamic and consumer product surface modeling in CATIA V5. We begin with reference sketches, guide curves, and profile creation, followed by advanced tools such as sweep, multi-section surface, blend, fill, and curvature continuity control. You will learn how to create smooth, aerodynamic, and manufacturable surfaces, commonly required in home appliance design, consumer electronics, and plastic product development. By the end of this tutorial, you will be able to convert surface models into solid bodies, apply thickness, fillets, and finishing features, and prepare the model for manufacturing, injection mold design, and product visualization. 🔧 What You Will Learn in This Tutorial • Introduction to CATIA V5 Generative Shape Design (GSD) • Creating reference planes, sketches, and guide curves • Modeling complex blower geometry using surface tools • Using Sweep, Multi-Section Surface, Blend & Fill • Applying curvature continuity (G2) for smooth airflow design • Converting surface to solid model • Adding thickness, fillets, and final detailing • Best practices for parametric and professional CAD modeling #CATIA #CATIAV5 #SurfaceDesign #GenerativeShapeDesign #HairdryerDesign #BlowerDesign #ProductDesign #IndustrialDesign #CADTutorial #CATIATutorial #3DModeling #MechanicalDesign #EngineeringDesign #PlasticProductDesign #HomeApplianceDesign #ConsumerProduct #InjectionMolding #MoldDesign #SurfaceModeling #ProductModeling #DesignEngineering #CADSkills